1) mechanochemical effect
机械化学效应
2) mechanochemical effect
机械力化学效应
1.
As one part of the study on ultrafine comminution and mechanochemical effects of konjac glucomannan,the effect of ultrafine comminution on a series of physical property of konjac glucomannan are reported in this paper.
作为魔芋葡甘聚糖超微粉碎机械力化学效应研究的一部分,研究了超微粉碎处理对魔芋粉比表面积、表观密度、流动性、色度、溶胀速度及溶胶黏度等一系列物理性质的影响。
2.
The mechanochemical effect and hydration activity change of single-mineral β–C2S ground with high energy ball mill were studied using laser particle sizing technology, X-ray diffraction, scanning electron microscope, heat conduction micro-calorimetric technology and infrared spectrum analysis methods.
采用激光粒度测量、X射线衍射、扫描电镜、热导式微量热和红外光谱分析等手段对β–C2S单矿物经高能球磨作用后发生的机械力化学效应及水化活性的改变进行了研究。
3.
This paper studied the main factors on the mechanochemical effect in the grinding process of such silicate mineral phases as C_3S and β-C_2S,namely,the properties of material,methods of operationd field of media,and condition of grinding.
对物料性能、施力方式、介质场和磨机操作条件等对硅酸盐单矿物C3S、-βC2S粉磨过程机械力化学效应的影响进行了研究。
3) Mechanochemistry effect
机械力化学效应
1.
Mechanochemistry Effect of Free Gossypol in Processing of Cottonseed Meal Micronization;
游离棉酚在棉粕微细化过程中的机械力化学效应
4) Mechano-chemical effect
机械力化学效应
1.
This article try to introduce the mechano-chemical effect , the reactive mechanism and application in the field of polymorphic transformation and present surface modification and synthesization about mineral particle by method of mechanochemisty.
阐述了机械力化学效应及机械力化学法在矿物粉体颗粒的晶型转变、表面改性以及合成中的研究和应用。
2.
The mechano-chemical effect of barite particles is studied during the wet ultrafine grinding by using stirred mill.
研究了重晶石在搅拌磨湿法超细研磨过程中产生的机械力化学效应。
3.
The mechano-chemical effects of HPM can change the micro-morphology and three dimensional structure of arachin, and decrease the thermal stability of arachin.
以花生球蛋白为原料,研究超高压微射流均质对花生球蛋白作用的机械力化学效应,通过电镜扫描(SEM)、SDS-PAGE、荧光光谱(FLU)和差热式扫描(DSC)对超高压微射流均质后花生球蛋白的微观形貌、亚基组成、表面疏水性和热稳定性进行分析。
5) mechanochemistry
[,mekənə'kemistri]
机械力化学效应
1.
The influence of the mechanochemistry on the cementitious performances of red mud was also clarified.
依据机械力化学原理,采用高能球磨技术对煅烧赤泥进行了活化处理,并利用SEM、XRD、XPS、NMR等一系列微观测试分析工具对赤泥活化前后细度变化、矿物组成、微观结构以及化学状态等进行了研究,在此基础上阐明了机械力化学效应对赤泥结构特性和胶凝性能的影响。
6) mechanochemical effects
机械力化学效应
1.
The results showed that the change of mechanochemical effect parameters with temperature in air was divided into four stages:no observable change of the mechanochemical effects at the temperature lower than 780℃;the decrease of effective temperature parameter at the temperature lower than 1050℃;the relaxation of microstrain and the increasing of crystal.
研究了氧化铝球磨产生的机械力化学效应在退火时的变化及烧结气氛对回复过程的影响。
补充资料：HeⅡ的热机械效应（thermomechanicaleffectofHeⅡ）
HeⅡ的热机械效应（thermomechanicaleffectofHeⅡ）
下图表示了“HeⅡ机械热效应”的逆效应，称HeⅡ的热机械效应。图中表示在液HeⅡ容器B中加进一定热量，致使两边容器中ρs有浓度差，容器A中超流成分经C流进B，又造成Δp的压差和在绝热平衡时的温差ΔT，可用下式表示：
`\frac{\Deltap}{\DeltaT}=\rhoS`
ρ和S分别是HeⅡ的密度和单位质量的熵，乘积ρS是单位体积的熵。上式是1939年首先由伦敦给出，称伦敦定则。若ΔT=1mK，则在T=1.5K时，Δp=2cm液氦柱（压差），所以这个效应是大的。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条